控制卡件PFSK101 YM322001-ED參數(shù)說明

模式開關(guān)定義重新啟動(dòng)時(shí)處理器模塊的行為。在以下情況下，處理器模塊會(huì)自動(dòng)重新啟動(dòng)：-連接工作電壓時(shí)-嚴(yán)重故障后-加載操作系統(tǒng)后在操作期間，使用PADT上的相應(yīng)命令。模式開關(guān)有三個(gè)不同的開關(guān)位置：初始停止運(yùn)行正常操作期間的開關(guān)位置為運(yùn)行。開關(guān)位置：初始化開關(guān)位置用于將處理器模塊設(shè)置為鎖定狀態(tài)。在此狀態(tài)下，無法再訪問以前為模塊配置的設(shè)置。例如，如果管理員密碼未知，則可能需要這樣做。在LOCKED（鎖定）狀態(tài)下，模塊重置為出廠設(shè)置：Default SRS（默認(rèn)SRS），插槽編號(hào)取決于使用的插槽Default IP address（默認(rèn)IP地址）和IP settings（IP設(shè)置）僅供管理員用戶帳戶使用空密碼訪問啟用開關(guān)設(shè)置為默認(rèn)值在此狀態(tài)下修改的設(shè)置值將覆蓋出廠設(shè)置和以前使用的所有設(shè)置！如果設(shè)置保持不變，重新啟動(dòng)模塊時(shí)將使用以前保存的設(shè)置（開關(guān)未設(shè)置為Init）。

從鎖定狀態(tài)過渡到獨(dú)占系統(tǒng)操作

前提條件：處理器模塊狀態(tài)：LOCKED如果發(fā)生以下事件之一，系統(tǒng)操作將啟動(dòng)：模式開關(guān)的位置從初始更改為運(yùn)行或停止用戶從PADT內(nèi)發(fā)送命令。i控制器在中斷工作電壓后可能不會(huì)自動(dòng)重新啟動(dòng)。如果一個(gè)處理器模塊的模式開關(guān)處于初始化位置，并且當(dāng)重新連接工作電壓時(shí)，該處理器模塊意外地第一個(gè)啟動(dòng)，則它仍處于鎖定狀態(tài)，不采用系統(tǒng)操作。如果在中斷工作電壓后需要自動(dòng)啟動(dòng)，則所有處理器模塊上的模式開關(guān)必須設(shè)置為運(yùn)行！i快速將模式開關(guān)從初始化轉(zhuǎn)到運(yùn)行，以防止處理器模塊進(jìn)入停止?fàn)顟B(tài)。開關(guān)位置：僅當(dāng)處理器模塊未冗余運(yùn)行時(shí)，停止操作。影響：非冗余操作：處理器模塊禁用任何預(yù)配置的自動(dòng)啟動(dòng)，并保持在停止?fàn)顟B(tài)。冗余操作：處理器模塊采用與其他處理器模塊相同的操作狀態(tài)。

指示燈指示處理器模塊的工作狀態(tài)。所有LED應(yīng)一起考慮。模塊上的LED分為六組：模塊狀態(tài)指示燈（Run、Error、Stop、Init）冗余指示燈（Ess、Red）系統(tǒng)總線指示燈（A、B）維護(hù)指示燈（Force、Test、Prog）故障指示燈（System、Field、Com）以太網(wǎng)指示燈（Eth1…4、H/F/Col1…4）電源電壓打開時(shí)，進(jìn)行LED測試，所有LED同時(shí)短暫閃爍。

Mode Switch 

The mode switch defines how the processor module behave when restarted. The processor module is restarted in the following cases: ? Automatically: - When connecting the operating voltage - After a severe failure - After loading the operating system ? During operation, using the corresponding command on the PADT. The mode switch has three different switch positions: ? Init ? Stop ? Run The switch position during normal operation is Run. Switch Position: Init The Init switch position is used to set the processor module to the LOCKED states. In this state, the settings previously configured for the module can no longer be accessed. This can be required if, for instance, the administrator password is unknown. In the LOCKED state, the module is reset to the factory settings: ? Default SRS, the slot number depends on the slot used ? Default IP address and IP settings ? Only accessible for Administrator user account with empty password ? Enabling switches set to default values Setting values that are are modified in this state overwrite the factory settings and all the settings previously used! If the settings remain unchanged, the previously saved settings are used when the module is restarted (the switch is not set to Init).

Transition from LOCKED State to Exclusive System Operation

 Prerequisite: ? Processor module state: LOCKED The system operation is started if one of the following events occur: ? The position of the mode switch changes from Init to Run or Stop ? The user sends a command from within the PADT. i The controller might not restart automatically after interrupting the operating voltage If the mode switch of one processor module is in the Init position and this processor module is accidentally the first to be started when the operating voltage is reconnected, it remains in the LOCKED state and does not adopt system operation. If an Autostart is required after interrupting the operating voltage, the mode switches on all the processor modules must be set to Run! i Turn the mode switch quickly from Init to Run to prevent the processor module from entering the STOP state. Switch Position: Stop Only operative if the processor module is not operating redundantly. Effect: ? Non-redundant operation: The processor module disables any pre-configured Autostart and remains in STOP. ? Redundant operation: The processor module adopts the same operating state as the other processor modules.

The LEDs indicate the operating state of the processor module. All LEDs should be considered together. The LEDs on the module are divided into six groups: ? Module status indicators (Run, Error, Stop, Init) ? Redundancy indicators (Ess, Red) ? System bus indicators (A, B) ? Maintenance indicators (Force, Test, Prog) ? Fault indicators (System, Field, Com) ? Ethernet indicators (Eth1...4, H/F/Col1...4) When the supply voltage is switched on, a LED test is performed and all LEDs briefly flash simultaneously.